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e64e03b478
There are VXLAN tests and IPsec tests, but there is no test that combines the two protocols and exercises the tunnel-over-ipsec code paths. Fix that by adding a traffic test with VXLAN and IPsec using crypto offload. This is runnable on HW which supports ESP offload (so no nsim unfortunately). Traffic is done with iperf3 and the test validates that there are no packet drops and iperf3 can get to at least 100 Mbps (a very conservative value on today's crypto offload HW, as it can typically reach multi-Gbps rates). Ran right now, the test fails due to a recently exposed bug in xfrm, which will be fixed in the next patch: # ./tools/testing/selftests/drivers/net/hw/ipsec_vxlan.py TAP version 13 1..4 # Check| At ./tools/testing/selftests/drivers/net/hw/ipsec_vxlan.py, # line 161, in test_vxlan_ipsec_crypto_offload: # Check| ksft_eq(drops_after - drops_before, 0, # Check failed 189 != 0 TX drops during VXLAN+IPsec # Check| At ./tools/testing/selftests/drivers/net/hw/ipsec_vxlan.py, # line 163, in test_vxlan_ipsec_crypto_offload: # Check| ksft_ge(bw_gbps, 0.1, # Check failed 0.0015058278404812596 < 0.1 Minimum 100Mbps over # VXLAN+IPsec not ok 1 ipsec_vxlan.test_vxlan_ipsec_crypto_offload.outer_v4_inner_v4 ... Signed-off-by: Cosmin Ratiu <cratiu@nvidia.com> Signed-off-by: Steffen Klassert <steffen.klassert@secunet.com> |
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| crypto/chacha20-s390 | ||
| cxl | ||
| fault-injection | ||
| ktest | ||
| kunit | ||
| memblock | ||
| nvdimm | ||
| radix-tree | ||
| rbtree | ||
| scatterlist | ||
| selftests | ||
| shared | ||
| vma | ||
| vsock | ||